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Gain the necessary training and skills to perform analyses using the tools of geospatial science. Become a competitive candidate for positions in the field sciences including biology, environmental science, archeology and geology, as well as social science and humanities positions where gathering and representing field data in maps is required. The certificate program consists of six required courses and a research component.

Strengthen your ability to apply creative leadership skills to solve fundamental, complex technological problems. Learn from active researchers in the field and prepare for a position in related industries, government agencies and educational institutions.

Enhance your skills to address complex technological challenges through data-driven solutions. Dive deep into a rigorous curriculum that includes advanced courses in computer science, statistics and biomedical engineering, providing a multidisciplinary foundation for research and innovation. Engage in opportunities for faculty-led research and involvement in sponsored projects to prepare for leadership positions in industry, government and academia.

For students with an economic degree, this certificate program can enhance your career prospects in the industry. Dig deeper into the latest econometric techniques and their practical application in analyzing observational data and gain proficiency in designing econometric models, estimating causal effects, conducting forecasting and utilizing statistical software like Stata or R. The certificate program consists of two required courses and two elective courses.

Prepare to fulfill the growing demand for professionals with essential skills in predictive modeling derived from data and statistical models. This comprehensive program will equip you for roles in finance, marketing, insurance and bio-research. The certificate program consists of 16 credit hours and credits earned can be applied toward a graduate degree in mathematics or statistics.